Introduction Asymmetries in processing by the healthy brain demonstrate regularities that
facilitate the modeling of brain operations. The goal of the present study was to determine …

With every saccadic eye movement, humans bring new information into their fovea to be
processed with high visual acuity. Notably, perception is enhanced already before a relevant …

Utilizing 23 datasets, we report a meta-analysis of an asymmetry in presaccadic fixation
durations for saccades directed above and below eye fixation during saccadic exploration …

We investigated relationships between saccadic and vergence components of gaze shifts as
10 human subjects switched visual fixation between targets aligned in the midsagittal plane …

It is well known that saccadic eye movements tend to systematically undershoot the center of
a single target stimulus displayed in the periphery, with the undershoot being proportional to …

Ocular saccades bringing the gaze toward the straight-ahead direction (centripetal) exhibit
higher dynamics than those steering the gaze away (centrifugal). This is generally explained …

It is well known that the metrical properties of saccadic eye movements are strongly
influenced by the extraction of low-level visual features (eg, luminance). Higher-level visual …

We interact with complex scenes using eye movements to select targets of interest. Studies
have shown that the future target of a saccadic eye movement is processed differently by the …

Rigorous behavioral studies made in human subjects have shown that small-eccentricity
target displacements are associated with increased saccadic reaction times, but the reasons …

Saccades quite systematically undershoot a peripheral visual target by about 10% of its
eccentricity while becoming more variable, mainly in amplitude, as the target becomes more …